Voting-machine.



J. H. DEAN.

VOTING MACHINE.

APPLIQATION FILED 1120.30, 1899. BENEWBD JUNI: 8,1904.

1,055,449. Patented Mar.11,1913.

10 B HEET 1.

MUNICIPAL. i PEoPLEs FREE ELE". PARTY. n A n CTI N PA TY P R BAM-OT 5mn/snr sra/:leur

OFFICES am 7 Tlc/m Q/ here,

ALDER SHERIFF. saam-'F J. H. DEAN.

VOTING MACHINE. y

APPLICATION FILED DBU. 30, 1899. EENEWED JUNE 8,1904.

1,055,449. Patented 11211111913.

10 SHEETS-SHEET 2.

F/G/ F/a/Z i x Z E IMUNILPAL ELlLEcTloN i l Q o 1 o o 1 I OFFICES g g l 5 5 l I j l MMR i 1 i 1 Y ,70 g---ma COMPTROLLER E i i /70 ---Jf---a l? l l l JUDGE l; O JUDGE 0 G 1 72 g/ 7)/ --4:2-l- JUDGE l l D 0 +E2 i :v l I l ALDERMAN l 72 fl iL-W i ALDERMAN i I 72, i? 70 60 'f L@ I E"' l J o SHERfFF o i@ E o 83 A 3 jm". 1

M; {a} flo?? WIT/YSSES /N//f/VTOR.

J. HN. DEAN'. VOTING MACHINE. APPLICATION FILED DEG. 30, 1899. BENEWED JUNE 8,1904.

1,055,449. Patented Mar. 11, 1913 1o SHEETS-SHEET s.

/Nl/ENTOR.

ATTORNEYS.

J. H. DEAN.

VOTING MACHINE.

APPLICATION ULBD DEC. 3o, 1899. BENEWED JUNE 8,1904.

1,055,449. Patented Mar. 11, 1913.

10 SHEETS-SHEET 4.

LVM.

I I /00 3f v/l E:

h/ TNESSES J. H. DEAN.

VOTING MACHINE.

APPLICATION FILED DEG. ao, 1899. RENIIWBD JUNE 8,1904. 1,055,449.

Patented Mar. 11, 1913.

l0 SHEETS-SHEET 5.

V/TNESSES J. H. DEAN.

VOTING MACHINE.

APPLIOATION FILED DBG. 30, 1899. EENEWBD .TU

' Patented Mar. 11, 1913.

10 SHEETS-SHEET 6.

J. H. DEAN. VOTING MACHINE.

APPLICATION FILED DEG. 30, 1899, RENEWED JUNE 8,1904.

1,055,449. Patented Mar. 11, 1913.

l0 SHEETS-SHEET '7.

lV/T/VESSES J. H. DEAN.

VOTING MACHINE.

APPLIOATION FILED DB0. so, 1899. RENEWBD JUNE 8,1904.

1,055,449, Patented Mar. 11, 1913.

l0 SHEETS-SHEET 8.

J. H. DEAN.

VOTING MACHINE.

APPLIOATION FILED 1120.30, 1899. RENBWBD JUNI: 3,1904.

1,055,449. Patented Mar. 11,1913.

V/ r/vEssEs /W/ENTOR James @aa a/ y FJH' v- 4 ff.' '4 rl' HTTUHA/EYS.

J. H. DEAN. A VOTING MACHINE.

APPLICATION FILED DEG. 30, 1899. RENBWED JUNE 8,1904.

Patented Mar. 11, 1913. 10 SHEETS-SHEET 10.

, ,fm/Emol?, JLDQGIM FREE; BALLoT.

ALDERMANv HERIFF U 18 shows the transmitting rods of the limit- -U'Nrrni') sTATEs PATENT oFFIoE.

JAMES H. DEAN, OFST. PAUL, MINNESOTA, ASSIGNOR, BY MESNE ASSIGNMENTS, TO EMPIRE VOTING MACHINE COMPANY, A CORPORATION OF N EWYORK.

VOTING-MACHINE.

Specification of Letters Patent. -Patented Blur, 11, 1913,

Application filed December 30, 1899, Serial No. 742,031. Renewed .Tune 8, 1904. Serial N o. 211,612.

To all-whom# may concern Be it known/that I, JAMES H. DEAN, of

the city of St. Paul,` county of Ramsey,

State of Minnesota, have invented certain new and useful Improvements in Voting Machines, of which the following is a specification.

This invention relates to` voting or ballot machines, and particularly to improvements of the voting machine shown and described in Letters Patent No. 636,730, granted to me November 7, 1899. n

The objects of the invent-ion are to improve the struct-ure illustrated in the aforesaid patent, and toV provide straight ticket and free-ballot mechanisms peculiarly suited to the sectional form of the voting machine.

The invention consists generally in a voting machine ofthe construction and combination of parts all as hereinafterv described and particularly pointed out in the claims.

The invention willbe more readily understood by reference to the accompanyingV drawings, forming part of this specification, and in which- Figure 1 is a front view of a voting machine. Fig. 2 is a vertical section on the line :v2-m2 of Fig. 1. Fig.*3 is an enlargedvertical section o-n the line g/3'-y3 of Fig. 1. Fig. 4 is a vertical section on the line .e4-zt of Fig. 1. Fig. 5 is an end view of the machine. Fig. 6 is a vvertical lsection through the base of the machine on the line :v6- of Fig. 2. Fig. 7 is a horizontal section on lthe line @aT-wf of Fig. 6. Fig. 8 is a horizontal section on, the line zig-d8 ofFig. 9. Fig. 9 is a vertical section on the line m9-m9 of Fig. 8. Fig. 10 is a `de tail of the unit wheel-clutch of the counter. Fig. 11 is a perspective detail of one of the actuators. Fig. 12 is a detail of the stop mechanism, on the line x12- w12 of Fig. 9. Fig. 13 shows the same mechanism on the line :p13-w13 of Fig. 10. Fig. 14 is a top view of one of the sections of the machine on the line 'vH-1214 of Fig'. 1. Fig. 15 is a horizontal section on the line U15- U15 of Figs. 1 and 3. Fig. 16 is a front. view of the oiiice plate. Fig. 17 shows the card or plate with the names of the officers thereon. Fig.

separator. Fig; 20 is a perspective view' showing the bottom of t-he separator. Fig. 21 shows the separator pin. Figs. 22 and 23 are two ofthe views of the counter Wheels. Figs. 24 and 25 are two similar views of a modified construction of the counter wheels. i

preferably made up of machine units, each unit having enough counters for all of the candidates for a given oiiice. I may say, however, in t-he beginning, that there are numerous features of the voting machine Vthat do not depend for'novelty or -utility on the sectional or unit featureq although 'such features are particularly adapted for vot-ing machines of the unit or sectional type.

The machine comprises a base section and a top section, with as many machine units interposed as are required from the number of offices to be filled at an election. The base and the top may be used with any required number 'of units or voting machine sections, requiring no alteration or modiiication when the number of units is increased or decreased. The face plates of the machine and like parts that extend parallel to orv longitudinal with respect to the political tickets, alone requiring change when the number of lunits is increased.

The construction of the machine will be best understood from a detail description of .its principal parts set forth in the followm8; nisms will be explained.

T716 vframe of the' machina-I prefer that the frame be of sheet-metal. Supported on the le s 2 it comprises thebase 'frame 3,' the unit rames 4 4 and. the top frame 5, to which I add a sheet-metal back, to protect andconceal the parts thereof on the backs of the unit frames. The sections of the frame are held together in any suitable Way, as, by bolts 6 passing through all thereof. In addition the sections may be interlocked in any other suit-abre Way. The base and the top are preferably closed on all sides. The machine unit frames or'sections have open tops, eachbeing closed by the bottom of the one above it. The unit frame's`are afterwhich the operation of the mechamade rigid by the tie-bolts and support the boot-h ofthe machine.

-booth is preferably a curtain hanging from a rod 7 on the top section and which is distend'ed Iand collapsed by a swinging arm 8 that is pivoted on the top 5. It is operated by the crank 9 on the base 3.- lts relation thereto and to the voting mechanisms will be defined in connection with'the motor mechanisms of the machine.

The motoI defvz'cesf-By reference to Figs. 2, 6, 7, 8 and 9, 12 and 13 it will be seen that a shaft 10` extends Aupward from the base 3 to the top of the machine, passing through all of the unit frames, which latter will hereinafter be termed otlice unit frame to distinguish the' same from the top and bottom units. The lower end of this shaft rests upon a step 11 inthe frame 3, and within said frame the -shaft is provided with two sleeves 12 and 13, one upon the other.r The sleeve 12 is provided with the machine locking surface 14, the bevel gear 15 and the stop 16. rlhe stop 1 6 and the .sleeve 13 and the stop 17 upon the rocker 18 have to do with the degree of rotation of the shaft 10.l The shaft of the crank 9 is provided with the mitergear 19 that meshes witlf the gear 15 to turn the lsleeve 12 and therewith the shaft 10. The stop 17 is moved by the armN 20 that extends through a slot in the bottom of the frame 3 and is secured-by a padlock 21, see Fig. 6. When the stop 17 1s in the position shown in Figs. 6, 12 and 13, the sleeve 13,. wilt permit one complete revolution of the stop 16 and the shaft 10 in both direc* tions. The sleeve 13 moves before or with the stop 16 until blocked by the stop 17. When the padlock 21 is Vremoved and the arm 20 is swung downto the dotted position indicated in Fig. 6, the stop 17 will be as shown in Fig. 9, freeing the sleeve 13 so that the shaft may be turned more than one revolution, as required( to release the countereactuators so that the counters may be returned to zero. The stop 17 and the arm 20, with the padlock, A'constitute `the city clerks lock, belng 'operated only when it is desired to put the machinein order for an election, after which the arm 20 is secured by the padlock andso remains throughout the voting period and while .the returns are being taken from the machine. A device that isthe reverse ofthe sleeves 12 and 13 is arranged. between the upper endv of the shaft 10 and the swin g booth arm, so that said arm does not egin to move until the voting machine unit and the top.

the counting operations and restoring operations of the voting mechanisms have been accomplished during the earl part of the revolution of the shaft 10 in irections corresponding to the exit and the entrance of voters to the machine.

The motor devices vof 017506 unita-Each oliice unit is provided with a motor device in two parts 23 and 24, the former having a square hole to fit the shaft 10, which passes through all thereof, The art 23 bears the intermit-tent gear 25, having the.J

single tooth 25', and the part 24 has the gear 26 having the single 4tooth 26. rllhe part 24 is a sleeve upon the part 23 and is provided with the stop section 27 playing in the peripheral notch 28 in the upper edge of the part 23, whereby the latter may move a half revolution before the intermittent gear 26fcomes into action. This gives time for theI operation ofthe counter actuators before the returning and locking means operate. The motor device of the office-unit is completed by the two intermittent gears 29 and 30 for operation by the gears 25 and 26 respectively. These are arranged upon the vertical stud 21..,in the unit frame. Before describing the parts that are operated by the gears 29 and 30, I will'explain the construction of the counters and counteractuators.

The cambiara-.Six or sevenicounters may be provided lin each office-unit, more if desired; I prefer three dial counters. Each dial 31 has ten figures which show through holes 32 in the front of the frame.` Each dial is attached to a stack 33 of gears, all together comprising a train of gears whereby one complete revolution of the unit stack is communicated to the tens stack to advance the same one step and in like man ner advancethe. hundreds stack when the unit stack has been revolved ten times. In-

termittent gears are employed, see Figs. 22 to- 25, and a novel feature is the locking w-heel 311 on each stack, independent of the intermittent gear and positively preventing the jamming of the intermittent teeth. The regular teeth upon the tens and hundreds stacks may be struck up from the lock ing gear or wheel 34, as shown in Fig. 23. The cylindrical surface which bears the intermittent tooth upon the adjacentstack,

units, tens, is mutilated at the tooth to free,4

of the cross-studs 36. Instead of fastening l the studs as in former machines, they are left free to turn,\ being fastened by pins 37, driven through the same inside of the aback wall of the funit frame after the studs are inserted. The stud 36 upon whichthe unit stack is placed is provided with a sfpiarev sov part 38 upon which the sleeveof the unit stack ts. The end of this stud sticks beyond the front or face of the frame and is made square to receive a crank or tool, and when the same is turned thereby the counter stacks or wheels, previously released from the actuator, are turned to reset the dials at Zero.

The actuators-The actuator for each counter is a cylinder, having at one end a spur pinion 40 by which it is turned, and at the other end an intermittent tooth 41 to engage the regular gear upon the unit-stack wheel 34 of the unit stack throughout the i voting period except when the actuator is pushed in, to posit-ion the tooth 41. The opposite end and side -of the cylinder has` a notch or mutilation 45 that is turned around opposite the locking wheels of the counter when the city clerks lock 20 is thrown into the dot-ted line position, Fig. 6, and the shaft 10 is turned an excessive distance, more than one revolution, as before mentioned.. When the actuator is in this may be returned to zero.

The heya- The keys 46 preferably carry 'the actuators, which rotate freely thereon.

The keysmay be made so that they can turn freely by slightlymodifying t-he straight-ticket devicehhereinafter explained. Each key slides through a hole provided for it in the front of t-he uni-t frame. The rear end of the key is'supported by the slide 47, wherein the key shank is secured by a pin 48. Thisslide may be moved freely back and forth upon the rear ends of two of the studs 36. A shoulder 49 on the key prevents the same from being pushed in too far. A part on the slide 47 limits the forward movement of the key.

The actuator operating-meafns.-All ofthe counter actuators in the one-unit frame are operated by one device, and are rotated uponboth the entrance and the exit of the voter to the machine, whether the keys have been pushed in or not. This operating device is Ithe rack 51 with which all of thepinions 40 mesh, and the rack is wide enough to permit theactuators to be pushed in without moving the pinion out of mesh with the rack. It will be understood that the key, the actuator and the slide 47 all move back and forth together across the rack.

position the counters The actuatorsv alone rotate. The rack 51 lies on the bottom of the unit frame 4 and A side -rack 52 is attached to thev end of the rack 51 and meshes with t-he gear teeth 58 upon the intermittent gear 29, which latter moves positively with the movements of the shaft 10, so that each time'that the crank 9 is turned the rack 51 will be reciprocated to rotate the actuators and move the counter or counters for which the actuator slides thereon,longitudinally in the frame.

or actuators have been set by means-,of the voting keys. Ordinarily the oscillation or movement of the intermittent gear 29V is.-

from the locking face 29"to the locking fac`e 29 and return. It is only when the city clerks lock'is released and the shaft 10 is Vso turned beyond one revolution that a further step of the gear 29 Lis made, bringing the.

locking surface 29 into playl as shown in Figs. 8 and 9. This produces the excessive movement of the slide 51, which presents the notches 45 in the actuators to the opposite counters, unlocking the counters t-o permit the reinstatement thereof to Zero.

The Ivey-locking and returning device.- The device for returning and locking the keys comprises the-parallel movement bar 55, carried at one end by a link 56 and att-he other end by an arm 57 on t-he intermittent gear 30. The gear 30 has but two locking surfaces, and is oscillated from one to the other through lthe delayed or tardy operation of. the motor part 24. By this means the bar 55` is thrown forward and back. Upon t-he forward movement the bar engages the lugs 'or flanges 58 upon the slides 47 and throws the keys forward. The rearward movement'of the bar 55 releases the keys and slides. In its forward position the bar serves as thelock for the key. The lock is made safer by providing the 'notches 55" in the bar 55, the ends thereof'engaging with the shoulders orends of the flanges 58 on the slides 47, so that very slight force need be applied to the gear 30 to hold the bar 55 against pressure upon the keys.

The limiting mechanism.-A voting machine is not complete without means that operate to prevent the casting of more than a given number of votes' by one voter.. This means is called the limiting mechanism. In this machine the limiting mechanism comprises a series of wedge-blocks in each unitframe, separators movable by the keys, means connectlng the several series of blocks, and, grouping means.v

(S0-#60 represent the wedge-blocks. Each machine unit has one more wedge-block than it has keys. These blocks slide on the bottom of the unit-frame between the rear wall thereof and the rack 51. The rstand last blocks 60 aresprovided with lugs 61,' 62, respectively, extending through slo-ts in the back of the unit-frame.

6 3--63 are transmitting bars, reds or tiesV The ties 63 are longer in proportion than the "pin is in this notch.

series or set of blocks in one unit when the same are pushed together. The difference in length is one step in other words the diameter of one separator, so that one can always be 'pushed in` withoutatfecting the limiting devices in adjoining units. The ,separators are ot' the compensating type. Each comprises a pin G4 made on a block 65, slidable in the guides 66 depending from and formed in the underside of the slide 47. It lis this guide which engaging the edge of the rack 5l limits the forward or return movement of the key. The ends of the wedge-blocks are beveled. lVhen the blocks arepushed (together a V-notch is formed. rlhe separator lf the blocks are moved longitudinally in the frame the pin will be moved along with the same, traveling in the guide of (the slide 47, transversely to the key. Thus regardless of the position of the blocks the separator pin always has the same relation thereto and when a key is pushed in the separator-will be forced between the blocks to spread the same and elongate the series of blocks. `Obviously it is only necessary to provide stops for the iirst and last blocks to limit the number of keys that may be operated. lf the movement of the blocks is limited to one step then but one key can be` pushed in; if .'two are permitted then two keys may be manipulated. Gravity and friction alone hold the key when it is pushed in and it is evident/that a key may be pulled out by a voter if perchance he wishes to change his vote.' The transmitting rodsor ties 63 are made adjustable by turn-buckles 67 or other suitable means so that the onestep difference between the lengths of the rod 63. and t-he` sets of blocks may be accurately determined. lVear is also'taken up by the turn-buckles. It a machine unit is to be used for a single oiiice, that is to represent an ofiice to which but one candidate may be elected, the end blocks are locked; one step is provided between the blocks to allow insertion of a single separator, and no movement is communicated to the adjoining limiting mechanism. But it often occurs that there are oiices to which severa-l ersons are to b'e elected and such lconditlons necessitate multi-candidate, groups in'. voting machines. That is several oiiice-rows or units must be coupled together to permit a voter to cast all ot' his ballots for the candidate amed in a single row or to vote the straig t ticket or otherwise cut up his ballot. I nd it convenient toconstruct every unit of the machine so that it may be used in a multi-candidate group and hence the employment of the freely sliding sets of blocks and the tie-rods. `With the first block of the lowest oiice unit locked and the last block of the top unit also locked, it will be possible to push in as many keys as there are oiice units or otiice rows, bunching the keys or voting a straight ticket, as the voter desires. The limit of this sort of arrangement is determined by the length of the guides on the slides 47 and the lengths of the slots in the backs of the frames, through which the lugs 6l and 62 project. These dimensions are made to suit maximum requirements. It will rarely be necessary to use a whole machine of from twenty to thirty sections, units or office rows, as onemulti-candidate group. Usually most of the units will represent single oiiices, with la few units grouped together for multi-otiice or multicandidate voting. It is necessary therefore to provide each machine unit with means for locking its limiting mechanism against more than one step, or freeing the same to permit communication of movement between two or more adjoining units or rows of mechanisms. The means employed for` this purpose is called the grouping mechanism. To separate the limiting mechanisms of adjoining units, it is only necessary to lock the' first block of the lower one thereof. When the first blocks of two adjoining unit-s are' plece cylindrical bosses on the motor'gear 23 and the rack gear 53.l Thisv pin cannot move .laterally but maymove longitudinally, that is transversely of the unit fra-me. When the cam piece v70 is held in it locks the block 60 against movement in any direction. This is the arrangement in each unit.

Tolock the cam pieces there is a name plate 7l applied to the front of the machine and bearing the names of the otices to be filled.l In the back ofthis plate are holes or recesses 72 to admit the ends of certain of the cam pieces 7.0. vOne of these plates is provided for and appropriated to each election or kind of election in which the machine is to be used; municipal, State', na-

tional or all. The names have a fixed posivtion on each of these 'plates and the holes 11o` 70 ertendingl through a hole Ainthe vfront of the unit frame and held between ing mechanism of certain adjoining units are allowed to coperate. The relations of the holes in the plate 7l and the names/ thereon are shown in Figs. 16-and 17'. This' name-plate need not be formed in two parts,

as shown. The holes 72 may be mere recesses in the back of the plate. This plate and the card-frames 73-73 are secured upon the front of the machine by buttons 74 on the top section and lock-bolts 75 in vthe base. The bolt 75 .for the plate 7'1 is attached to the part 18 and-is operable only 4 by the city clerk. The other card-frames must be removable by the judges-ofA election, 'in 'order that lthe lreturns maybe taken from the machine.- I therefore provide a judges lock comprising the baror plate 77 carrying the bolts 75 for the card frames,

a reciprocating plate 78, an operating lever 79 and a padlock 80. The bolts 75 stick up through the projecting part of the base and are moved up and down by means of the inclined slots 81 in the bar 77 and the pins 82 on the bar 78, which latter is reciprocated by the lever 7 9,when the padlock is removed. 83 is a machine-lockingbolt. The end of the bar 78 butts against this, and the end of the bolt 83 in turn butts against the cylindrical portion of the' sleeve 12 except when the locking surface 14 before referred tov is in the position shown in Figs. 6 and 7. When in this position the bars 55 will be in their forward positions and all of the keys will be locked. They cannot be unlocked except by turning the shaft 10 through the medium lof the sleeve 12, therefore when the lever 79 is thrown to unlock the card framethe bolt 83 is shot forward and permanently locks the machine against further manipulation, for said bolt or lock 83 is not attached t0 the plate 78 and cannot be withdrawn by the .judge after it is once thrown. The lock 83 is provided with a depending lug 84, and the lever 20 is provided with an up-. Ward extension 85 to engage -the same,

i whereby the city clerk or deputy may unlock the machine preparatory to'releasing the counters and turning the same back to zero.

The straight ticket mechanism/: The political tickets extend vertically.- The same may be'. horizontal. The keys 46 are provided with :notches or. slots 86, and eachrow of keys has a straight ticket bar 87. The

v slots 86 are long enough to allow the setting of a key'independently of the bar. 89 is a reciprocating bar, in they end of which 'the' bar 87 is hung. 90 is a like reciprocating bar. These extend through the unit frames. There are two ofthem for each straight ticket bar. For each political ticket there is a parallel movement bar 91' in the back of the machine. This passes through holes in the ends of the bars 89 and 90.' The bar 91 is held by parallel links 92-93 at 'its upper and lower lends. The link 92 is extendedbeyond the pivot of the bar 91 and to its lower end is attached the end of the straight ticket key 94. When this key is pushed in the bar 91 will be thrown back, sliding through anddrawing back the bars 89, 90, and therewith the straight ticket bar 87 and all of the keysin that political ticket. If .desired the counters may be associated with the straight ticket keys andI I have shown actuators and a rack in the top or 'straight ticket unit to represent the complete counter mechanisms and the returning means. To avoid confusion it may be here mentioned that it is unnecessary'to provide a returning bar in the straight ticket ,unit of the machine as the bars of the other units in returning their keys will return the straight ticket bar 87 and therewith the connected parts including the straight ticket key. For a similar reason it is unnecessary to provide a limit-ing `mechanism in the straight ticket unit.

Every voting machine shouldv have means whereby a voter may indicate his choice of a candidate or person not regularly nominated and whose vname does not appear upon the face of the machine. The means or mechanism provided to this endl is variously 'called the independent ballot, the irregular voting device or the free ballot mechanism. It is essential that means should be provided to prevent` the voter invalidating his ballot by depositing his free ballot in the wrong place, and also prevent fraud which with some machines maybe arrived at by writing the name of a single person more than once upon the free ballot devices, These conditions and Vmany others are recognized and met in that portion of my invention pertaining to the free-ballot mechanism. My invention contemplates the use of 'a single freel or irregular' ballot -card whereon a space is allottedfor each office to be filled at an election and which card a whole is deposited in the machine land remains secret until the returns are taken. This card is illustrated in Figs. 28 and 29. It is divided into spaces bearing the names of the oiiices with suiiicient blank space beneath each to receivethe name which the voter writes thereon. For -each space 95v on the' free-,ballot thereis a notch and been previously inserted will drop down candidate the'voter is required to paste a sticker 97 over the notch opposite his ballot.

The writing may be done on the sticker 97.

' On the end of the machinev is the frame 98,

between the back and the front of which is room for one free ballot card. The edge of the frame is open to receive the card. The front of the frame is provided with holes 99 through which the face of the card may be seen after it is inserted. rllhe bottomof .the frame is open. 1t is normally closed by the projecting top of .the base 3, but the frame is made to move out over al slot 100 therein, whereupon the card that has through said slot 100 into the'receiving box 101. To prevent the casting of both free and regular ballots by one voter it is necessary to compel vthe lockingout of the regular mechanisms when a free ballot is used,`

hence the free ballot mechanism includes a series of keys, counters and separators like those previously described and which eect the limiting mechanism in like manner. The last cross-stud in each unit is elongated or a separate pin 36-102 may be provided. This has no pin 37 but is pinned to the shifter or slides 47 of the counting device, so that when. a key is `pushed in the pin 102 will be withdrawn from the frame 98 through holes in which it normally projects. The pins 102 register with the notches 96' in the free-ballot card and to prevent the mutilation of the sticker 97 thereon, which would invalidate his vote,

a voter must push in a corresponding keyin the last column on the machine, thereby operating the limiting mechanism and cutting out one' regular vote. After a voter has deposited his free balloty he may retract the same by pulling out the free ballot key and by means yof the pin 102 puncture and invalidate the sticker upon the free ballot. All of the pins 102 are of such length that they do not overhang the slot 100, hence vided-on two plates 105, extending through hook 109.

when the frame 98 is pushed out the pins willl be virtually withdrawn from the notches in the card and the card will drop into the box 101. This movement of the frame 98 is accomplished, by straddle pins 104 lprothe frame of the machine from the frame 98 and engaging two of the bars 55, see Fig. 14.

10 is afixed closuregprovided on the frame and which .prevents the insertion of a card into the free ballot frame whenl the latter is in its outer position.

The box 101 vis provided with a cover or' front 107, having its lower end secured by buttons 108 and its upper end secured by a This hook is engaged by the hook iece 110 extending through the bottom o the base Sand forming a part of or rack actuators to register his votes upon me` attached to the bar 77, so that when the card frames are unlocked the front of the free-ballot box is also unlocked and may be removed. for access to they free ballot.

The operation of the counters, the return of the keys and the outward movement of the frame 98 to deposit the free ballot all occur when the voter turns the crank 9 ato open the booth on retiring from the machine.

A total counter is arranged in the top of the machine and operates with the booth device to count the number of voters.

It is obvious that various modifications of the `structure herein shown and described may be made without departing from the spirit of my invention and without altering the operation thereof.

The operation of the machine is as folf lows: The face of the machine is normally exposed, that is the booth curtain or structure is swung to.,oneside or collapsed at the side of the machine. At nthis time all of the bars 55 will be lin their forward positions; the keys will be in their outer posit-ions; the actuators will be turned away from the counters, locking the same, and the free-ballot frame will be in its outer posit-ion. A voter upon entering' to the machine turns the crank 9, thereby closing the booth, rof tating the actuators so that the teeth stand opposite the counters, and finally throwing back the locking and returning bars 55 and the freeballot frame. The voter then concealed, pushes in the keys for candidates of his choice positioning the actuators for o-peration upon the counters and forcing the separators between the blocks of the limiting mechanism until the limit of each section of the limit-ing mechanism is reached.

individual keys beneath it. After so voting the column he may retract the straight ticket and any of the individual keys that he wishes and may then vote corresponding individual keys in the ysame office row or multicandidate groups. He -may in the same manner use the keys of the free ballot 'and afterward insert the free-ballot card with the vote stickers thereon.- Having inally completed his ballot the voter again grasps -t-h'e crank 9 and turning the same in the opposite direction successively opera es the bars^51 and thereby lthe positioned chanical registers, and then ret-urn the bars 55 and move out all of the keys and the freeballot frame t-o deposit-the free ballot. A further continued movement of the crank the remainder of the revolution opens the `boot-h and the voter retires. When the polls iso are closed the judge removes the padlock 80 and throwing down the bar 77 locks t-he machine againsty further manipulation, after which the card frames may be removed to expose the count. The frontof the freeballot box is also removed and the free ballots are counted. f After taking the returns the judge replaces the ballot-box cover and the card frames, and after restoring the 1ever 79 secures the same by the padlock. lVhen it is desired to prepare the machine 'for the next elect-ion the city clerk or other oiicial unlocks the machine by removing the padlocks 21 and 80 and operating the levers and 79, after which the crank may be turned to free the actuators from .the

. counters so that the counters may be 'separately set. back to zero. The grouping plate or name plate 71 is removed and another one made accordin to the requirements of the next election 1s put in its place, thereby adapting the limiting mechanism of the ma-` 'chine to the next election. The card frames are then replaced and locked and the machineis ready for use.

, Having t-hus described my invention, I

claim as new and desire to secure by Letters' Patent:

1. The combination with a row of individual keys and a separate straight ticket key, of a shifter bar controlled by said l straight ticket key, a second bar engaging all of said individual keys-, and movable connections extending between-said bars for eiiecting the simultaneous movement of said individual keys by the operation of said l straight ticket key, substantially as deframe or casing,

scribed.

2. In a voting machine, the combination with the voting mechanisms and the rowof individual keys. belonging thereto, ot' the a ,straight ticket bar for engaging and moving all of said keys and with relation to whlch said keys a-re inderpendently movable, carrying rods -i'or' stra-ight ticket bar, a second parallel movement bar engaging said carrying rods Within the frame, and a straight ticket key for operating said parallel movement bar, substantially as describedf A 1 3. 'In a voting machine, the'combination wi'th'an oiiice vrow of voting keys, counting and limiting mechanisms, of motor means, and the returning bar4 operable by said motor means to return the keys', said bar be'- ing notched at the points of engagement with the key devices, for the purposes specitied.

4. In voting machines, the combination with the series of voters keys, the rotary actuators controlled thereby and the corresponding series of counters, all arranged in separateparty sets, appropriate to the several individual oilices, of a returning bar common to the voters keys of any given set to release orlo'ck said keys, a recipro- Vretreats and, in reverse, to work such actuators first as the next voter 4advances into the machine, substantially as described.

5. The voting machine frame, in combination with the counters, keys, actuators and separators arranged in said frame, the actuator-operating rack-bar and the limiting blocks engaged by said separators and held and guided between the Wall of the frame and said rack bar, substantially as described.

6. The machine frame, in combination with t-he keys, the counters and the rotary or operating actuators, the actuator-operating rack-bar, operatin means therefor, said keys having shoul ers limiting their, inwardl movement and 4said rack-bar limiting the outward -movement of the keys.

7.,The' combination with the series of counters, of the rotary actuators therefor, positively .actuated means for moving all of said actuators, means` limiting` the movement of the actuators to a certain degree normally, and means whereby an excessive movement may be imparted to the actuators to free the same from their counters so that the countersmay be returned to zero.

8. In a voting machine, the combination with the frame, 4of the voting mechinsms for regularcandidates, of the free-ballot mechanism' comprising a movable frame,

'key-operated pins piercingsaid frame and preventing the insertion of a prepared ballot, unless corresponding keys are manipulated, substantially as described.

9. The combination in a voting machine, of the frame provided with the ballot box, with the voting mechanism for regular candidates free-ballot framemovable' to posi- `tion over said box and adapted to receivev a-'notched card, and key-operated pins .in the-free-ballot. frame, substantially as de.- scribed.

l0. In voting machines, the combination with the counters and the counter actuators, of the corresponding regular keys grouped. with the'counters and actuators in,separate oce sets, said keys being movable to and from voted position to correct or change a vote, a number of eXtra-keys for 'irregular ballots, one to each oiiice set, movable to and from voted positio-n tocheck over the irregular ballot n situ on the machine, and I a suitable limit-mechanism common t-o all keysboth regular and irregular-or1 the particular set, said limit mechanism interacting respon'sively to the shift of any key, to-block or unblock the other keys of. the same set', i i

11. In voting machines, the combination n shifter having a straight ticket or party key for moving all of said individual keys to votedposition, locking and. restoring means for said keys, said individual keys being shiftable independently of said straight ticket vkey to and from voted position, sub' stantially as described.

12. In voting machines, the combination with Vva set of counters for the candidatesot1 a single party, a set-,of actuators for said counters, said counters and said actuators bemg'rela-t-ively movable in one dlrection linto and out of operative relation and relatively movable in another direction to effect the operation of said .actuators upon said counters, of operating mechanism for eecting one of the relative movements' of said actuators and said counters, a. set of individual keys for efecting the other relative movement. of said actuatorsand said counposltion,

ters and a common shifter having a straight ticket or party key for operating all of said individual keys.

13. In voting machines, the combination with a set of keys for the candidates of a single party, the counters for said candidates, and the counter actuators, said keysl being movable to and from voted position to throw said actuators into and out of operative-relation with said counters, of mechanism for operatingV said actuators to advance all of the counters corresponding to the keys left in voted position, a common shifter having a straight ticket or party key for moving all of said individual keys to voted said shifter having a one-Way connection with each of said keys, whereby said keys may be moved to voted position independently of said shifter.

14. In voting machines, the combination with a set of counters for the candidates of a single party, a corresponding set of counter actuators, said counters `and said actuators being relatively shiftable in one `direction into and out of operative relation and relatively shiftable in another direct-ion to effect the operation of said actuators upon said counters, of operating mechanism for effect-ing one of the relative movements of all of said counters and actuators, a straight ticket device for eecting the other relativey movement of all of said counters and actuators and a set of individual keys for separately effecting the same relative movement of said counters and actuators asis eected by said straight ticket device.

15. In vot'ng machines, the combination counters controlled thereby, of means for restoring and locking said keys, and reciprocating operating mechanism having an entrance movement in one direction and an exit movement in the opposite direction, said operating mechanism being arranged to release said key locking and restoring means at `the end of its entrance movement and to actuate thesame to restore and lock said keys in normal position at the end of its exit .movement- 17. In voting machines, the combination' with a set of counters and'a set of counter controlling keys, means for opera-ting said counters, imeans for locking and restoring said keys, and controlling mechanism shiftable in opposite directions and i arranged `t successively move said counter operating means and release said key restoring and locking means when moved in one direction and to successively move said counter operating means and actuate said key restoring and locking mea-ns when moved in the opposite direction.

A18. In voting machines,rthe combination with a series of counters and a series of counter controlling keys,iof actuating mechanism controlled by said keys for advancing said counters, locking and restoring mechanism for said keys, a common device for controlling the operation of said counter actuating mechanism and said key locking and restoring mechanism, said device having an entrance movement in one direction and an exit movement in the opposite direction and arranged to successively move said ,counter actuating mechanism and to release vsaid key locking and restoring mechanism on its entrance movement and to successively operate said counter actuating mechanism and sad'keylocking and restoring mecha- ,nism upon its exit movement.

19. In voting machines, the'combination with a series of counters, a set of counter actuators and a set of voters keys controlling said actuators, said keys being movable to and from voted position to correct or change a vote, of means for moving said actuators .to advance' the counters corresponding tothe keys left in voted position, f

restoring and locking means for said keys 'and actuators, and common controlling Witha-series ofcounters, a corresponding serles of counter actuators, and a series of counters and actuatorsto advance-theecounfor said keys,.and a common device for conother relative movement of .said counters locking and restoring mechanism, said memjposition to correct `or change a vote, operatmechanism for said actuator operating means and said locking and restoring means, said controlling mechanism Vhaving an'v entrance movement in one direction and an exit movement in the opposite direction and being arranged to successively move said actuators and release said key locking and restoring means on'its entrance movement and to successively move said actuators and operate said key locking e and restoring means on its exit movement.

20. In voting machines, .the combination controlling keys movable to and from voted ing mechanism forrelatively shifting said ters corresponding to the keys left in voted position, locking and restoring mechanism trolling said operating mechanism-and said key locking and restoring mechanism, said device being shiftable in opposite directions and arranged to successively move said operating mechanism and release said locking and restoring mechanism when moved in one 'direction and to -successively actuate said operating mechanism and said locking and restoring mechanism `when moved in the opposite direction. g

V2l. In voting machines, the combination with `a series of counters "and a series of actuators being relatively movable in one direction into and out of operative relation andrelatively movable in another direction to effect the operation of t lsaid lactuators upon said counters,V of operating mechanism for effecting one of the relative movements of all of said counters and actuators, a set of individual keys' for separately eifecting the and actuators, locking and restoring-mechanismfor said keys, a commondmember controlling saidoperating mechanism and sa1d ber having an entrance movementl in one direction and an exit movement in the opposite direction and arrangedA to successively shift said operating mechanism and release said locking and restoring mechanism on its entrance movement and to successively actuate said operating mechanism and-said locking and. restoring "mechanism on its exit movement. 22. In voting machines,the combination -with a set of counters and a set of ,counter controlling keys,.'said keys being movable to and from voted position-to -correct or change a vote, an operating member movable in opposite directions for advancin the counters corresponding to the keys left 1n voted position, camembermovable Yin 'opposite dire/G- tionfor locking and restoring said keys, and

common controlling mechanism for said 28. In voting machines, the combination With a series of counters andfa series of .counter controlling keys movable to and from voted position to correct or change a vote, of an operating member shiftable in op-l posite directions for advancing the counters corresponding to the keys left in voted position, a locking and restoring member for said keys shiftable in opposite directions, and common controlling mechanism for said operating and said locking and restoring members, said mechanism being movable inv opposite directions and arranged to successively move said operating member and release said locking 4and restoring member when moved in ione direction and to successively actuate said-operating member and said locking Aand restoring member When moved in the opp'osite direction.

`24. In voting machines, the combination With a Geneva stop counter, and a Geneva lstop actuator constantly interlockd therewith, said counter and said actuator being' relatively movable in one direction into and out of operative relation and relatively movable in another direction to effect the operation of said' actuator upon said counter, of'means independent of the teeth ofsaid actuator and said counter for holding said parts in operative relationduring. the operation .of said actuator upon said counter, substantially as described.

25. The combination with the individual voting mechanisms and the series of limit'- ing devices therefor, located in the back of the machine, of the replaceable name-plate located at the machine-front and Ahaving arbitrary abutments thereon, members movlable by said limitingmechanisms and eX- tending across the machine and engaging -With the abutments of said name-plate to regulate the operation of said limiting devices.

26. The combination With the individual rvvoting mechanisms and the series of limiting devices therefor, located at the back of the machine, of the .removable plate on the machinefront having arbitrary abutments thereon and suitable connect-ions extending across said machine and engaging with said plate and the limiti-ng A,devices to determine the play of t-he latter, substantially as described.

` 27. In avoting machine, the combination` with the frame of the. orce rows of voting roo lll

- described.

28. In a voting machine, the combination with the frame of the oice rows of Voting mechanisms, each including a row of limiting devices, the transmitting devices interposed between said rows olimiting devices, cani pieces, one for each row of limiting devices, and ay grouping bar or plate engage able withsaid cam pieces :1nd bearmg the names of the oices to be lfilled at the election for which the certain grouping plate is A designed, substantially as described.

In testimony whereof I have hereunto set fmy hand this 27th at Minneapolis, Minn.

JAMES H. DENs In presence of t G. HAWLEY, M. LE. GooLEY.

day of December, 1899, 20 

